Because an action potential always results in the same neural response,
A) the neuron can only fire during inhibition.
B) the neuron cannot be used to differentiate stimuli.
C) the neuron is capable of representing differences in input only through rate of response.
D) none of the above.
Correct Answer:
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Q10: Electroencephalographic (EEG) recordings are actually records of
A)
Q11: IPSP refers to
A) a potential that is
Q12: Communication between two neurons occurs at the
A)
Q13: A neuron can fire approximately once every
A)
Q14: Active cellular transport
A) is required to adjust
Q16: An action potential causes
A) synaptic vesicles to
Q17: Adenosine triphosphate is a direct product of
A)
Q18: The period following depolarization when a neuron
Q19: The period following depolarization of a neuron
Q20: Inhibition causes
A) depolarization.
B) hyperpolarization.
C) repolarization.
D) none of
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